Undergraduate Degrees
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Computer Systems Engineering
Daytime and Post-Work
The Degree in Computer Systems Engineering aims to train qualified technicians in the field of computer engineering with the skills to design, implement and maintain computer systems, through training with a strong practical side in the areas of application and systems programming, computer architectures, communications networks, information systems and knowledge systems.
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Digital Games Engineering and Development
Daytime
The Digital Games Engineering and Development degree aims to train highly specialized technicians in the field of digital games development software engineering, with the aptitude to perform relevant tasks in the software industry, namely those involving additional and specific attributes of the multimedia and interactive systems sector.
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Electrotechnical and Computer Engineering
Daytime
The degree in Electrical and Computer Engineering includes a high level of practical laboratory work and strong links with the business community. Students acquire technical skills to work in important technological sectors of national and international development, developing their activity in the areas of analog electronics, digital electronics, electrotechnics, communication systems, computer-based systems, control systems, robotics, among others.
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Industrial Engineering and Management
Daytime
This degree aims to train graduates with the level of knowledge, understanding, skills and competencies in the Field of Industrial Engineering and Management that the market demands. Provide students with knowledge of materials, manufacturing processes, energy, electronics, automation and management applied to industrial processes. Prepare students to solve real problems in management and industrial engineering. Make students able to plan and manage complex systems involving human, technological and financial resources.
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Medical Informatics Engineering
Daytime
The Bachelor in Medical Informatics Engineering prepares human resources to meet the information and communication needs of health service units. The graduate in Medical Informatics has a complete view of the information and clinical data path, including their acquisition, processing, management, sharing and storing. Among the skills developed, it is worth mentioning the ability to plan, develop, maintain and evaluate: electronic patient records, telemedicine systems, systems for processing, interpretation and communication of biomedical imaging, systems of medical instrumentation and biological signal analysis, systems of clinical decision support, systems of hospital management and practice, health data networks that support epidemiological studies, websites of information and health services.
